GMES系统人机交互技术的初步研究

GMES交互解释系统采用CAI技术，能够较大地提高地球物理资料综合解释的判断能力和效率。它包括有4种主要的地球物理方法手段，不仅能用于GGT大断面的研究，还能用于矿区大比例尺剖面的解释。 GMES系统建立在微机工作站上，由3个子系统组成：重-磁、地震和大地电磁子系统。它在图形编辑和显示方面具有全屏幕、拖线、目标捕捉等类似专业图形编辑软件的效能。由于采用了开系统原则，用户可依白己的特殊需要加人更多的应用软件。另外，系统除具有基本的交互功能外，还提供了一系列辅助解释模块，大大方便了交互解释的过程。 本文介绍了GME5系统交互技术设计原则、系统结构及系统研制中的重要技术间题。

A PRELIMINARY STUDY OF INTERACTIVE TNTERPRETATION TECHNIQUE OF THE GMES SYSTEM

The latest version of the GMES interactive iutexpretation system, based on CAI technique, is able to enormously improve the efficiency and judgement in the integrated interpretation of geophysical data. The system includes four majous geophysical methods and can be used in the interpretation for not only large scale cross-sections of GGT, but also short profiles in mining areas. GMES system is operated on DS PC-AT host computes, 1024×1024 high resolution graphic monitor, mouse, and KL2BAS package (a special graphic package). It consists of three subsystems: Gravity Magnetic, Seismic, and Maguetotelluric subsystem. The graphic editing and displaying of the system can be accomplished by means of full screen moving,.line dragging and target capturing, which are generally found in professional graphic softwares. GMES is based on the principle of the Open System, thus its users may insert more applied softwares in the light of their particular needs. Moreover, the system provides a series of unique assistant modules besides the basic interactive funtion, and these modules bring great convinience to the geophysical integrated interpretation. This paper deals with the interactive technique of GMES and the priniple of its designing. The overall introduction of GMES and sortie importart technical problems in developing the system are also described in the paper.